Sentence examples for increasing cell cycle from inspiring English sources
Ilyanassa exhibits the most complex pattern, with neither a single abrupt transition to longer cell cycles as in Bithynia, nor gradually increasing cell cycle lengths as in Crepidula.
In developing cortex, β-catenin activity promotes progenitor production by increasing cell cycle re-entry [21], while inhibition of β-catenin causes premature cell cycle exit and differentiation [22].
The PAX8 promoter being active in thyroid cells causes high expression of the fusion [94] and therefore induces tumorigenesis by increasing cell cycle progression, cell survival, and loss of anchorage-dependent cell growth [96].
Indeed, a reduction in both lipid biogenesis and mitochondrial gene expression/oxidative phosphorylation has recently been linked to increased cell size (Miettinen et al., 2014), and here this would be further correlated with the onset of differentiation and increasing cell cycle length.
Among the canonical pathways enriched with a non-corrected P-value ≤ 0.01, a detailed analysis of Wnt/β-catenin and PI3K/AKT signaling revealed a potentially crucial role for these in increasing cell cycle activity (e.g., mitosis, Table 2) and apoptosis as well as increasing protein synthesis through mTOR (Additional file 3).
In K562/T315Imut cells with high TKI resistance, increased cell cycle arrest at G0/G1 phase was observed by cell cycle assay (p < 0.001; Fig. 6d, e).
We demonstrated that NP AR-shRNA enhances PCa radiosensitivity as indicated by the inhibition of cell growth, increased apoptosis, and increased cell cycle arrest in AR-dependent HIPC in vitro.
As a result, Carbon Nanofibers were able to increase cell cycle life working in PSoC conditions and slightly improve the charge acceptance, but also raised the water loss.
F + RT leads to a decrease in the surviving fraction, increased cell cycle arrest, down regulating of nonhomologous repair protein DNA-PKcs and homologous recombination repair protein RAD51.
We correlate nuclear Pro-IL-16 loss with decreased p27(Kip1) expression, increased cell cycle progression, and proliferation.
Gene ontology (GO) analyses of these genes indicated that aged cells had increased "cell cycle arrest", increased "cellular response to stress", increased "ER overload response", and decreased "cell cycle" (e.g., Melk, Mapk3, etc).
